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Knit-tech has taken place from the 20th to 23rd of February this year in Tirupur,
(HITECH TIRUPUR EXHIBITION CENTRE, T.M POONDI). With its participation Terrot underlined
the huge importance of the Indian market. Together with our partner Voltas Ltd.
we invited a lot of visitors at our booth (Voltas Pavilion), hall no. 1 where we
exhibited 2 new designed and developed machines:
S296-2
Best price-performance ratio in High Speed Single-Jersey for perfect Elastane plaiting.
Diameter in inch : 30
Gauge E: 24
Number of feeders: 96
Machine speed/ RPM: 35
Number of needle tracks: 2
Yarn: 30" cotton
Unfinished fabric weight g/m2: 116
Unfinished fabric width in cm: 170
Production output kg/h: 24
With the market launch of the especially for the requirements of the Indian market
designed new S296-2 Terrot enlarged its portfolio again. The machine has been designed
for low investment along with low running costs. Terrot has ensured that the new
model maintains the quality of the fabric at high level along without compromising
in the production. In addition to that Terrot has ensured that all other aspects
are exactly similar to the existing model. Terrot has maintained the same design
concerning the drive and other electronics and ensured thereby the least power consumption
in the market. The Machine can be offered in 4 tracks with the possibility to make
all designs.
S296-1 Open Width
Single-Jersey High Production with a new compact Open Width Frame.
Diameter in inch: 30
Gauge E: 28
Number of feeders: 96
Machine speed/ RPM: 33
Number of needle tracks: 2
Yarn: 40" cotton with 33 detex Lycra
Unfinished fabric weight g/m2: 170
Unfinished fabric width in cm: 150
Production output kg/h: 19
As early as 1999 in Paris TERROT was first to introduce a Single- Jersey Circular
Knitting machine where the tubular fabric was cut and wound up in open width condition
directly in the machine. This improved new S296-1 is now available with a very compact
open width frame which offers very easy handling by the operator and increases the
efficiency of the Unit.
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